Posts for: November, 2014
Periodontal (gum) disease is a progressive bacterial infection caused primarily by bacterial plaque on tooth surfaces not adequately removed by daily oral hygiene. In fact, nearly all of us will develop gingivitis (inflammation of the gum tissues) if we fail to clean our teeth and gums for an extended period of time.
Some people, however, have a greater susceptibility for developing gum disease because of other risk factors not related to hygiene. Patients with diabetes are at particular high risk for acute forms of gum disease.
Diabetes is a chronic condition in which the body can’t adequately regulate the bloodstream’s levels of glucose, the body’s primary energy source. Type 1 diabetes is caused by inadequate production in the pancreas of the hormone insulin, the body’s primary glucose regulator. In Type 2 diabetes the body develops a resistance to insulin’s effects on glucose, even if the insulin production is adequate. Type 1 patients require daily insulin injections to survive, while most Type 2 patients manage their condition with medications, dietary improvements, exercise and often insulin supplements.
Diabetes has a number of serious consequences, including a higher risk of heart disease and stroke. Its connection with gum disease, though, is related to how the disease alters the body’s response to infection and trauma by increasing the occurrence of inflammation. While inflammation is a beneficial response of the body’s immune system to fight infection, prolonged inflammation destroys tissues. A similar process occurs with gum disease, as chronic inflammation leads to tissue damage and ultimately tooth loss.
Researchers have found that patients with diabetes and gum disease may lessen the effects of inflammation related to each condition by properly managing both. If you’ve been diagnosed with either type of diabetes, proper dental care is especially important for you to reduce your risk of gum disease. In addition to effective daily brushing and flossing and a professional cleaning and checkup every six months (more frequent is generally better), you should also monitor your gum health very closely, paying particular attention to any occurrence of bleeding, redness or swelling of the gums.
If you encounter any of these signs you should contact us as soon as possible for an examination. And be sure to inform any dental professional that cares for your teeth you’re diabetic — this could affect their treatment approach.
If you would like more information on dental care for patients with diabetes, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Diabetes & Periodontal Disease.”
Fluoride has been proven to strengthen tooth enamel against decay. That’s why it’s not only added to toothpaste and other dental products, but also to drinking water — in nearly three-quarters of U.S. water systems.
While research has eased most serious health questions about fluoride, there remains one moderate concern. Too much fluoride over time, especially in infants and young children, could lead to “enamel fluorosis,” an excess of fluoride in the tooth structure that can cause spotting or streaking in the enamel. While often barely noticeable, some cases of fluorosis can produce dark staining and a pitted appearance. Although not a symptom of disease, fluorosis can create a long-term cosmetic concern for the person.
To minimize its occurrence, children under the age of 9 shouldn’t regularly ingest fluoride above of the recommended level of 0.70 ppm (parts per million). In practical terms, you as a parent should monitor two primary sources of fluoride intake: toothpaste and drinking water.
Young children tend to swallow toothpaste rather than spit it out after brushing, which could result in too much fluoride ingestion if the amount is too great. The American Academy of Pediatric Dentistry therefore recommends a small “smear” of toothpaste for children under two, and a pea-sized amount for children up to age six. Brushing should also be limited to no more than two times a day.
Your child or infant could also take in too much fluoride through fluoridated drinking water, especially if you’re using it to mix infant formula. You should first find out the fluoride levels in your local water system by contacting the utility or the health department. If your system is part of the U.S. Centers for Disease Control and Prevention’s (CDC) “My Water’s Fluoride” program, you may be able to access that information on line at http://apps.nccd.cdc.gov/MWF/Index.asp.
If the risk for developing fluorosis in your area is high, you can minimize your infant’s intake with a few recommendations: breastfeed rather than use formula; use “ready-to-feed” formula that doesn’t need mixing and contains lower fluoride levels; and use bottled water specifically labeled “de-ionized,” “purified,” “de-mineralized,” or “distilled.”
Fluoride can be a wonderful adjunct to dental care in reducing risk for tooth decay. Keeping an eye on how much fluoride your child takes in can also minimize the chance of future appearance problems.
If you would like more information on the possible effects of fluoride on young children, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Tooth Development and Infant Formula.”
At no other time in a person’s life will their teeth and mouth change as rapidly as it will between infancy and adolescence. In this short span an entire set of teeth will emerge and then gradually disappear as a second permanent set takes its place.
While the process may seem chaotic, there is a natural order to it. Knowing what to expect will help ease any undue concerns you may have about your child's experience.
The first primary teeth begin to appear (erupt) in sequence depending on their type. The first are usually the lower central incisors in the very front that erupt around 6-10 months, followed then by the rest of the incisors, first molars and canines (the “eye” teeth). The last to erupt are the primary second molars in the very back of the mouth just before age 3. A similar sequence occurs when they’re lost — the central incisors loosen and fall out around 6-7 years; the second molars are the last to go at 10-12 years.
A little “chaos” is normal — but only a little. Because of the tremendous changes in the mouth, primary teeth may appear to be going in every direction with noticeable spaces between front teeth. While this is usually not a great concern, it’s still possible future malocclusions (bad bites) may be developing. To monitor this effectively you should begin regular checkups around the child’s first birthday — our trained professional eye can determine if an issue has arisen that should be treated.
Protecting primary teeth from tooth decay is another high priority. There’s a temptation to discount the damage decay may do to these teeth because “they’re going to be lost anyway.” But besides their functional role, primary teeth also help guide the developing permanent teeth to erupt in the right position. Losing a primary tooth prematurely might then cause the permanent one to come in misaligned. Preventing tooth decay with daily oral hygiene and regular office visits and cleanings (with possible sealant protection) is a priority. And should decay occur, it’s equally important to preserve the tooth for as long as possible for the sake of the succeeding tooth.
Your child’s rapid dental development is part of their journey into adulthood. Keeping a watchful eye on the process and practicing good dental care will ensure this part of the journey is uneventful.
If you would like more information on the process of dental development in children, please contact us or schedule an appointment for a consultation. You can also learn more about this topic by reading the Dear Doctor magazine article “Dentistry & Oral Health for Children.”